One of the main reasons behind fire hazard is the electrical connections or appliances. The most effective method for predictive maintenance is system scanning using electrical infrared Los Angeles. It is always preferable to go for preventive maintenance components get damaged or fail.
Current flows through conductors upon application of voltage across the terminals. If resistance increases for the flow of current, the conductor will dissipate additional power and heat up. Most of the electrical connections tend to become hot before they fail. The electromagnetic radiation cameras are able to detect rise in temperature and suggest maintenance before the heat causes failure and serious damage.
These detectors basically identify the hot spots or connections in the system. It should be noted that all electrical connections usually heat up before they burn up and fail. This is because of a high increase in resistance in that particular location.
If unattended, the components may fail and get damaged. In preventive maintenance, the images of the hot spots are detected and corresponding temperatures are measured using the infrared cameras. The reported temperature values are then analyzed by experienced thermographers who suggest maintenance.
The inspection is able to detect loose or deteriorated connections, open circuits, inductive heating, overloads, harmonics, defective equipment, and unbalanced loads. Once detected, the problems can be arrested with minimum repairing costs. Otherwise, the weaker connections could lead to failure of the component and subsequent production loss due to unscheduled downtime.
The higher the temperature, the more chance there is of failure in that heated spot. Experienced thermographers record the hot spot temperature at all locations and analyze their health conditions. They also recommend required repairs or replacement plans for critical connections.
The inspection or survey can also detect open circuits, overloads, defects, inductive heating, and unbalanced loads. The survey has another major advantage over other preventive maintenance processes. The plant doesn't need to be shut down during the infrared survey, so it detects the defects only while the component is active.
Generally, preventive maintenance is carried out during the planned shutdown of operating units, which causes production loss. With infrared survey, no downtime is required. It can be executed while the unit is still under operation and functioning well.
Planned shutdowns are generally organized for most of the general industrial preventive maintenance measures. Planned shutdowns undoubtedly lead to production losses but are necessary with some types of maintenance. However, infrared scanning requires absolutely no shutdown during the entire survey.
The electrical system in any organization includes the transformers, sub-feed panels, distribution panels, bus ducts, motor control centers, variable frequency drivers, etc. All these components can be scanned properly using the infrared electrical scanners. The resulting scanning report helps improve the health of the entire system.
Current flows through conductors upon application of voltage across the terminals. If resistance increases for the flow of current, the conductor will dissipate additional power and heat up. Most of the electrical connections tend to become hot before they fail. The electromagnetic radiation cameras are able to detect rise in temperature and suggest maintenance before the heat causes failure and serious damage.
These detectors basically identify the hot spots or connections in the system. It should be noted that all electrical connections usually heat up before they burn up and fail. This is because of a high increase in resistance in that particular location.
If unattended, the components may fail and get damaged. In preventive maintenance, the images of the hot spots are detected and corresponding temperatures are measured using the infrared cameras. The reported temperature values are then analyzed by experienced thermographers who suggest maintenance.
The inspection is able to detect loose or deteriorated connections, open circuits, inductive heating, overloads, harmonics, defective equipment, and unbalanced loads. Once detected, the problems can be arrested with minimum repairing costs. Otherwise, the weaker connections could lead to failure of the component and subsequent production loss due to unscheduled downtime.
The higher the temperature, the more chance there is of failure in that heated spot. Experienced thermographers record the hot spot temperature at all locations and analyze their health conditions. They also recommend required repairs or replacement plans for critical connections.
The inspection or survey can also detect open circuits, overloads, defects, inductive heating, and unbalanced loads. The survey has another major advantage over other preventive maintenance processes. The plant doesn't need to be shut down during the infrared survey, so it detects the defects only while the component is active.
Generally, preventive maintenance is carried out during the planned shutdown of operating units, which causes production loss. With infrared survey, no downtime is required. It can be executed while the unit is still under operation and functioning well.
Planned shutdowns are generally organized for most of the general industrial preventive maintenance measures. Planned shutdowns undoubtedly lead to production losses but are necessary with some types of maintenance. However, infrared scanning requires absolutely no shutdown during the entire survey.
The electrical system in any organization includes the transformers, sub-feed panels, distribution panels, bus ducts, motor control centers, variable frequency drivers, etc. All these components can be scanned properly using the infrared electrical scanners. The resulting scanning report helps improve the health of the entire system.
No comments:
Post a Comment